Product Numbers:RC-S801 RC-S802 RC-S926
Price:$
Product introduction:A cable interface uses our own triple-wire half-duplex communications and can be controlled even with a low- speed host CPU. For development of applications on the reader/writer side, it is possible to use existing products, such
A cable interface uses our own triple-wire half-duplex communications and can be controlled even with a low- speed host CPU.
For development of applications on the reader/writer side, it is possible to use existing products, such as SDK for NFC, which are able to access the wireless interface of the NFC Dynamic Tag.
* For any application development, the customer is required to follow the specifications.
* We are not planning to offer an interface library.
The current consumption during operation is less than 1mA and during standby is kept at 0.1μA or less to provide power supply conditions suitable for a battery-operated device.
The NFC Dynamic Tag includes a function by which the magnetic field generated by the reader/writer can be detected and the host CPU informed.
The NFC Dynamic Tag can emulate an NFC Forum Type 3 Tag if the data from the host CPU in response to any commands sent by the reader/writer follows the specifications of the NFC Forum. The emulated device can communicate with any reader/writer, conforming to the specifications of the NFC Forum.
| This product does not have a nonvolatile memory. If the power is cut, the internal data is lost. Unlike a FeliCa card there is no function to constantly store data. |
| The 212 kbps is the modulation speed of the RF interface. |
| The effective speed of data transmission is dependent on the processing capacity of the controller of the cable interface and the wireless interface system. |
| After integrating into any (customer) device or gadget, please confirm the communication characteristics of the device with which the NFC Dynamic Tag should respond. |
| 10mm(13/32 inches)(when using RC-S320/S330) | 10mm(13/32 inches)(when using RC-S320/S330)*2 |
| Compliant with ISO/IEC 18092 (212kbps Passive communication mode) | |
| 13.56MHz | |
| 212kbps | |
| Triple-wire half-duplex serial interface (Sony's specification) | |
| Dependent on data processing speed of Host CPU (Max. 1 Mbps) | |
|
0C°-40C° (32F°-104F°) / 20%RH-90%RH 40C°-50C°(104F°-122F°) / 50%RH or less |
|
| 24mm×20mm×2.95mm | 19.5mm×11mm×2.95mm |
| Approx. 0.73g | Approx. 0.45g |
| 1.8V-3.7V | |
|
Operation mode: 1 mA or less (no load) Standby mode: (RF non-detection): 0.1μA or less |
|
| FPC/FFC 8-pole bottom connectiontype, pitch: 0.5mm Applicable FPC/FFC thickness: 0.3mm | |
| The communications distance varies according to the environment where the device is used. These are values in an ideal environment with no influence from any external electrical waves or metal. They are performance values with the reader/writer antenna and RC-S801/S802 in a horizontal state and with the respective center points located on the same line. |
| Compared to the RC-S801, the communications area is limited. |
| Compliant with ISO/IEC 18092 (212kbps Passive communication mode) |
| 13.56MHz |
| 212kbps |
| Triple-wire half-duplex serial interface (Sony's specification) |
| Dependent on data processing speed of Host CPU (Max. 1 Mbps) |
| -25C°-+40C° |
| -40C°-+125C°*2 |
| Operation mode: 1 mA or less (noload), Standby mode: (RF non-detection): 0.1μA or less |
| VQON24 |
| 3.8mm×3.8mm×0.55mm (Max.) |
| Tape & reel |
| Reflow soldering |
| Depends on Host CPU. |
| Storage temperature of the iIC chip in its standaione form. |
NFC Healthcare Library software enables the development of applications which allow data communication between healthcare products embedded with the NFC Dynamic Tag (FeliCa Plug) and healthcare applications installed in Android smartphones. This library can be linked to the data format and processing sequence of each healthcare product as well as facilitating the development of FeliCa/NFC applications. Windows and Linux OS are also supported so that the library ban be used for application development for other devices than smart phones.
For more information, see "NFC Healthcare Library".
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